“双馨苑”房地产开发项目施工安全管理研究

发布时间：2018-03-07 20:26

本文选题：双馨苑房地产开发项目　切入点：施工安全管理　出处：《中国海洋大学》2013年硕士论文　论文类型：学位论文

【摘要】：建筑业是我国国民经济的支柱产业之一,但建筑业也是一个危险性高、易发生事故的行业。随着建筑行业的持续发展,建筑施工安全的隐患体现的越来越明显,建筑施工事故也不断出现。近年来,我国每年建筑业生产事故伤亡人数占全国生产事故总伤亡人数的25%,施工安全事故频频发生,因此加强建筑施工安全管理的意义重大。本文以项目的安全管理理论和方法为基础,对德州市双馨苑房地产开发项目的施工安全管理进行了研究。首先,文章阐述了选题的背景和意义,提出德州双馨苑房地产开发项目安全管理中存在的问题,并对论文的主要内容、技术路线和相关理论作了介绍。接着,针对德州双馨苑房地产开发项目安全管理现状及问题进行分析,介绍该项目的基本情况以及安全管理现状,详细阐述了该房地产项目与普通房屋建筑项目安全生产的差异性,对该项目安全管理中存在的主要问题进行了仔细分析。然后对德州双馨苑房地产开发项目进行安全危险源辨识。通过定性分析指出双馨苑房地产开发建设项目的危险源。主要的危险源有人员包括人员流动、人员能力、人员违章；安全资金包括工程投标让利、建设单位拖延付款、承包商减少安全资金投入；施工设备风险包括设计缺陷、安装不当、维修不利、违规拆除；物料包括物料质量缺陷和物料存放使用不当；环境包括自然环境和文化软环境。接下来进行德州双馨苑房地产开发项目安全评价。利用层次分析法和模糊评价法对双馨苑房地产开发项目进行了安全评价。得出该项目安全等级水平从低到高的排序为：物料、资金安全、人员、施工设备、环境。最后,提出德州双馨苑房地产开发项目安全管理对策。根据对危险源辨识和安全评价,论文对双馨苑房地产开发项目的安全管理进行了分析和研究。对于安全评价,一般主要从定量和定量分析这两部分结合起来综合评价；对于本项目运营方的人员、安全资金、物料、施工设备及环境的控制和监控办法与应对策略,要结合本项目的具体情况来分析。
[Abstract]:The construction industry is a pillar industry of China's national economy, but the construction industry is a high-risk, accident prone industry. With the continuous development of the construction industry, reflect the construction safety risks become more and more obvious, construction accidents also appear constantly. In recent years, the production accident casualties every year the construction industry I China accounted for 25% of the total number of casualties accidents, construction accidents occur frequently, therefore strengthen building construction safety management is of great significance. This paper is based on the theories and methods of project safety management, construction safety management of Dezhou double Xinyuan Real estate development project is studied. Firstly, this paper expounds the background and significance the topic, puts forward the existing safety management of Dezhou Xinyuan Real estate development problems in the project, and the main content, technical route and related theory are introduced. Then, the needle The current situation and problems of safety management of Dezhou double Xinyuan Real estate development projects are analyzed, introduced the basic situation of the project and the safety management situation, describes the differences of the real estate project and ordinary housing construction project safety, the main problems existing in the safety management of the project are analyzed in detail. Then the safety hazard identification of Dezhou Xinyuan Real estate development project. Through the qualitative analysis pointed out that the dangerous source of double Xinyuan Real Estate Development and construction projects. The main source of dangerous personnel including the flow of personnel, personnel, personnel illegal bidding; none security funds include engineering, construction units to reduce the delay in payment, the contractor safety investment; risk of construction equipment including the design defects, improper installation, maintenance, demolition of illegal materials; including the quality defects and improper use of material storage ring; Environment includes natural environment and cultural soft environment. Then the safety evaluation of Dezhou Xinyuan Real estate development project. Using AHP and fuzzy evaluation method of safety evaluation of double Xinyuan Real estate development project. The safety level of the project level from low to high order materials, the safety of funds, personnel, construction equipment and the environment. Finally, put forward countermeasures of safety management of Dezhou Xinyuan Real estate development project. According to the evaluation of hazard identification and safety, safety management of double Xinyuan Real estate development projects are analyzed and studied. For safety evaluation, mainly from the quantitative and quantitative analysis of the two parts together for the comprehensive evaluation; the project operator personnel, security funds, materials, construction equipment and environmental control and monitoring methods and strategies, according to the specific circumstances of the project to analyze.

【学位授予单位】：中国海洋大学
【学位级别】：硕士
【学位授予年份】：2013
【分类号】：F299.23;TU714

【参考文献】